Switchable smart glass principle

Because smart switchable glass is a functional product, it has a certain working principle, such as the change in the two states of power-on and power-off shown in the figure below:

power-off (the liquid crystal charged molecular layer is disordered and the light cannot pass through);

power-on (the orderly arrangement of the liquid crystal charged molecular layers in PDLC improves the light transmittance of the material )

Smart glass energy consumption parameters

The smart switch glass needs to be energized to work normally, it will produce a certain amount of energy consumption, so what are the more important parameters of the product in normal operation: power, energy consumption, voltage, control functions, etc. Check the detailed description of each parameter listed below

H1&H2 switchable smart glass

Due to the development and iteration of materials, the materials have styles with different properties, such as the H1 and H2 models mentioned in the title.

H1: Conventional type of intelligent switching glass (transmittance: 82~84%)

H2: Advanced light transmission intelligent switching glass (transmittance: 84~87%)